JP3199126U - Banding band - Google Patents

Abstract

The present invention provides a bundling band capable of imparting strength to a band main body and achieving a straight support state in the mounting direction of the band main body. A fold line 2 provided in a banding direction of a band body of a bundling band is formed in the middle of a short direction perpendicular to the banding direction. It is configured to bend in the short direction, so that it is possible to maintain uniform strength in the band body, to avoid the strength reduction of the band body, or to bend the band body from the fold line. The strength in the direction is improved from the original strength, and the bending strength in the direction of the outfitting can be improved. [Selection] Figure 2

Description

  The present invention relates to a resin binding band.

  Conventionally, the following invention and device (generally referred to as a conventional structure) have been disclosed as improvements related to the binding band. The conventional structure has a configuration in which a thin groove is provided flat on the band body in the direction of the band body (longitudinal direction). The purpose is to make it easy to bend from the concave groove, and to contribute to prevention of biting into the corner of the bound object, reduction of the burden on the hand, pain reduction, and the like. As an example, there is a “packaging band” disclosed in JP 2011-143951 A and a “synthetic resin binding band” disclosed in Utility Model Registration No. 1898556.

  Although the conventional structure is effective for achieving the purpose, it is a configuration in which the concave groove is provided flat on the band body, and it is considered that the strength is reduced, and the nature of the material causes cracking, etc. I have a problem.

JP 2011-143951 A Utility Model Registration No. 1898556

  In the conventional structure, it is effective to achieve the purpose of preventing biting into the corner of the bundle and reducing the burden on the hand. However, it is a configuration in which the concave groove is provided flat on the band body, and problems such as a decrease in strength and a cause of cracking due to the nature of the material are considered.

  In view of the above, according to the present invention, the folding line formed in the banding direction of the band body is formed in the middle of the short direction perpendicular to the banding direction, and the bending line is the same as the band body. Make sure that the thickness of the band body is uniform, avoids the strength of the band body from being lowered, or when the band body is bent from the fold line. It is intended that the strength is improved from the original strength and the bending strength in the direction of the outfitting can be improved, and claims 1 to 5 are provided.

The device of claim 1 is a binding band made of synthetic resin,
The fold line that is formed toward the banding direction of the band body of the binding band is formed in the middle of the short direction perpendicular to the banding direction. When the band body is folded from the fold line, it is a banding band that is configured to be bent to maintain a uniform strength in the band body, or to avoid the strength reduction of the band body. The strength in the outfitting direction is higher than the original strength, and the bending strength in the outfitting direction can be improved (a straight supporting state in the outfitting direction can be secured). Further, the invention of claim 1 has an advantage that, for example, when passing through the space of the pallet, it can be inserted and penetrated reliably and quickly without using an auxiliary device.

  The invention of claim 2 is a bundling band having a structure in which the folding line secures the same thickness as the band main body and the band main body maintains uniform strength. There is an advantage that it is possible to provide a structure of a fold line that is optimal for achievement.

  The invention of claim 3 is a binding band having a structure in which the folding line is formed by embossing the band body and then machined, and the fold line is optimal for achieving the object of claim 1 and for achieving this object. There is an advantage that it is possible to provide a structure that defines the bending line processing.

  The invention of claim 4 is a band for binding in which the folding line can be maintained in a folded state after folding. The object of claim 1 and the shape of the bending line that is optimal for achieving this object are provided. There is an advantage that a memory and a structure capable of carrying the shape memory can be provided.

  The invention of claim 5 is a bundling band for embossing on at least one surface of the band main body, and the advantage of providing the structure for determining the embossing order optimal for achieving the object of claim 1 and for achieving this object. There is.

Scaled overhead view with banding band An overhead view of the band body of the binding band End view showing the band body of the binding band enlarged It is the reduced scale schematic diagram which showed the processing machine of the 1st example which processes a fold line in the band main body of the band for binding, (A) has shown an example of the apparatus. The whole (b) shows the previous stage, (c) shows the processing, and (d) shows the completion. Scale schematic diagram showing the main part (roller-type continuous processing part) of the processing apparatus of the second example for processing a fold line on the band body of the binding band The band (band body) for tying is folded with a finger etc. from the fold line, strength is given to the band body (strength is improved), and a long straight state is secured in the outfitting direction. Schematic diagram with some omissions shown Scale schematic diagram of an example of tightening a pallet and a load (stuff) with a binding band (fixing by packing, wrapping, etc.)

  Hereinafter, a preferred embodiment of the present invention will be described with reference to FIGS.

  In the figure, 1 is a binding band made of synthetic resin. For example, as shown in FIG. 7, the pallet A and the load B mounted on the pallet A are fastened (fixed so as not to collapse by packing, packaging, etc.). To be used).

  The binding band 1 has a band main body 100 and mesh-shaped embosses 101 on both sides or one side of the band main body 100. This emboss 101 is for securing the strength of the band main body 100 and reducing the thickness.

  A fold line 2 is formed toward the mounting direction 1a (longitudinal direction) of the binding band 1 (band main body 100). The fold line 2 is desirably formed in the middle of the lateral direction 1b perpendicular to the rigging direction 1a. Further, the fold line 2 can be considered as a simple line shape or a band shape. In consideration of facilitation of bending and / or facilitation of return, maintenance of the bent shape, speeding up of restoration, and the like, the line shape is optimal. Note that the fold line 2 is a binding band 1 that has the same thickness 3b as the thickness 3a of the band main body 100, and maintains a uniform strength in the band main body, which is practical and beneficial. is there. And although not shown in figure, the bending line 2 can also consider the continuous structure or the structure provided intermittently. The bending line 2 is one or several.

  And in order to shape | mold this binding band 1, the processing method shown in FIG. 4 and FIG. 5 and a processing machine (processing apparatus) can be considered. FIG. 4 shows a press-type first processing machine C. For example, a combination of a lower die C1 having a concave groove and an upper die C2 having a convex protrusion is a single specification. It is a structure that performs length or continuous processing. FIG. 5 shows an extrusion-type second processing machine D (schematically shown), for example, an upper portion having a convex protrusion relative to a lower roller D1 having a concave groove. In principle, it is a structure that performs continuous processing in combination with the roller wheel D2. It is advantageous for the production of a large number of binding bands 1 and the increase in cost is considered to be a close difference and not a problem. In the present invention, in principle, the material processed with the emboss 101 is supplied to the first and second processing machines C and D. And the processing method and processing machine are not limited to the above-mentioned example.

  Subsequently, as shown in FIG. 6, the band body 1 (band body 100) is bent with a finger or the like from the fold line 2, the band body 1 is given strength, and is substantially V-shaped when viewed from the end. A shape is ensured (V shape is determined), and a form that is straight or does not return to the outfitting state (for example, a straight state) in the outfitting direction 1a is secured, for example, about 1 m to 2 m. Using this state, the band body 100 is inserted into the gap A1 on the lower side of the pallet A (the position where the pallet A, the gap A1, and the gap A1 are not limited), and on the opposite side of the gap A1. Can penetrate. Therefore, unlike the prior art, there is an advantage that it is simple and has good workability without requiring labor and tools such as a guide bar and / or attachment means for this work. In particular, superiority can be expected when the band body 1 is wound. Subsequent bundling work is the same as before, and after the penetration, there is little fear of bending and returning of the band body 1, and the above-described practicality can be expected. In addition, it is practical for tool removal and maintenance.

  The above-described embodiment and the structure and effect described in the drawings show preferred examples of the present invention. Accordingly, the invention and the invention having the same effects and features as those of the present invention are naturally included in the scope of the present invention in the description of other embodiments and / or the drawings which are not shown and / or described.

1 Bundling band 1a Outfitting direction (longitudinal direction)
1b Short direction 100 Band body 101 Emboss 2 Bending line 3a Thickness 3b Thickness A Pallet A1 Crevice B Luggage C 1st processing machine C1 Lower mold C2 Upper mold D 2nd processing machine D1 Rolling roller D2 Rolling roller

Claims (5)

A resin binding band,
The fold line formed toward the banding direction of the band main body of the binding band is formed in the middle of the short direction perpendicular to the banding direction, and the band main body is formed using this fold line. A binding band that is bent in the short direction.   The binding band according to claim 1, wherein the bending line is configured to ensure the same thickness as the band main body and to maintain a uniform strength in the band main body.   The binding band according to claim 1, wherein the bending line is formed by machining after embossing the band body.   The binding band according to claim 1, wherein the folding line is configured to be able to maintain the folded state after folding.   The binding band according to claim 1, wherein at least one surface of the band body is embossed.